Used ASM AB 339 #9254460 for sale

ASM AB 339 is a high quality bonder designed for use in a variety of industries. The equipment is capable of bonding together a variety of materials including plastics, metals, and rubber, using an aerosol based system. ASM AB339's aerosol based technology provides a novel method of bonding which is cost effective, and efficient. The unit relies upon a compressed air supply of adequate pressure to operate. The air is then fed into the machine, which is equipped with a valve and cylinder assembly. This allows the user to control the amount of aerosol that is released as well as the time required for the aerosol to react with the materials. Upon reactivation, the aerosol evaporates and binds the two materials together. AB 339 utilizes a series of electronic components that allow the tool to be operated with ease. The control panel is fitted with various control switches and dials that allow the user to adjust the amount of aerosol sprayed, the speed of the aerosol, and the pressure exerted on the materials being bonded. This allows the user to tailor the phenomena to the bond required for the materials being used. The operating asset also provides a safety model that prevents release of the aerosol without adequate pressure, and will provide an audible warning if the required conditions are not met. AB339 is constructed from stainless steel components, with anothe anodized aluminum coating, providing durability in a variety of operating environments. The modular design of the equipment is beneficial in maintenance, as all components are easily replaced should any part become worn or damaged. The system also features a built in air filter designed to trap any dust particles that may be present before the aerosol is released, ensuring a higher level of bonding quality. ASM AB 339 is a cost effective high quality bonder which is suitable for use in a variety of industries. Its modern aerosol spraying technology allows for the efficient and accurate bonding of a variety of materials with the safety of an integrated control unit.